建筑节能
建築節能
건축절능
CONSTRUCTION CONSERVES ENERGY
2014年
4期
30-34
,共5页
太阳能%光伏建筑一体化%碳排放
太暘能%光伏建築一體化%碳排放
태양능%광복건축일체화%탄배방
solar energy%Building Integrated Photovoltaic%carbon emission
通过工程项目实例，介绍了太阳能光伏建筑一体化系统的工作原理。从理论上计算了该工程项目在杭州地区气候条件下的发电能力。通过投资回报的计算分析了该项目的经济效益，并与传统煤电进行比较，显示太阳能光伏建筑一体化技术在节能减排方面表现突出，环境效益和社会效益显著。从长远可持续发展的角度分析，太阳能光伏建筑一体化技术在杭州地区拥有广阔的应用前景。
通過工程項目實例，介紹瞭太暘能光伏建築一體化繫統的工作原理。從理論上計算瞭該工程項目在杭州地區氣候條件下的髮電能力。通過投資迴報的計算分析瞭該項目的經濟效益，併與傳統煤電進行比較，顯示太暘能光伏建築一體化技術在節能減排方麵錶現突齣，環境效益和社會效益顯著。從長遠可持續髮展的角度分析，太暘能光伏建築一體化技術在杭州地區擁有廣闊的應用前景。
통과공정항목실례，개소료태양능광복건축일체화계통적공작원리。종이론상계산료해공정항목재항주지구기후조건하적발전능력。통과투자회보적계산분석료해항목적경제효익，병여전통매전진행비교，현시태양능광복건축일체화기술재절능감배방면표현돌출，배경효익화사회효익현저。종장원가지속발전적각도분석，태양능광복건축일체화기술재항주지구옹유엄활적응용전경。
The working principles of Building Integrated Photovoltaic is introduced through a project. The power generation capacity of the project under the climate condition of Hangzhou is calculated in theo-ry. Its economic benefit is expounded by calculating the return on investment. It shows the technology of Building Integrated Photovoltaic, which has significant environmental and social benefits, and outstanding performance in the aspect of energy conservation and emissions reduction. From the perspective of long-term sustainable development, Building Integrated Photovoltaic has broad application prospects in Hangzhou area.
